internal override void Evaluate()
{
OnEvaluation();
//build packages for all data
Inputdata = gatherInputPortData();
if (CodePointer == null)
{
Debug.Break();
}
//on this node we actually want to gather execution data for the inputexecutionNode's output port
//this is so that upon the execution of this node, we insert a task which executes whatever node that inputrigger
//points to...
//TODOneed to watch out for this, I believe the issue is that we need the invariant, that when the execution data is calculated
//we're executing, because we also gather the current task... we need to atleast make sure we update the current task
//at the time we do the insertion of the task....
//a fix for now is to at the minimum create a property publicly reexecutes gather execution data
//on the downstream node we really want to gather...
Funcdef.InputExecutionNodes.First().ForceGatherExecutionData();
Executiondata = Funcdef.InputExecutionNodes.First().Executiondata;
Debug.Log("we're grabbing execution pointers not from this node, but from downstream");
Executiondata.ForEach(x => Debug.Log(x.First));
//here we use the codepointer instead of the code string
var evalpackage = new EvaluationPackage(CodePointer,
Inputdata.Select(x => x.First).ToList(),
Inputdata.Select(x => x.Second).ToList(),
Outputs.Select(x => x.NickName).ToList(),
Executiondata);
var outvar = Evaluator.Evaluate(evalpackage);
this.StoredValueDict = outvar;
OnEvaluated();
}
protected override void Start()
{
base.Start();
AddExecutionOutPutPort("done");
CodePointer = CompiledNodeEval;
Evaluator = this.gameObject.AddComponent <CsharpEvaluator> ();
Executiondata = gatherExecutionData();
pointerToFirstNodeInGraph = Executiondata.First().Second;
}
protected override void OnNodeModified()
{
//if start hasnt run yet we wont have any outputs on this node yet,
//so dont try to lookup evaldata... will throw
if (ExecutionOutputs != null)
{
base.OnNodeModified();
Executiondata = gatherExecutionData();
pointerToFirstNodeInGraph = Executiondata.First().Second;
}
}